Particle contamination can be a significant problem in semiconductor manufacturing.
factoring (plural factorings)
1A financial transaction whereby a business sells its accounts receivable to a third party (called a factor) at a discount.
2(mathematics) The process of factorization.
Factoring can refer to the following:
•Factoring (finance), a form of commercial finance
•Factorization, a mathematical concept
•Decomposition (computer science)
•A rule in resolution theorem proving, see Resolution (logic)#Factoring
In computer programming and software design, code refactoring is the process of restructuring existing computer code—changing the factoring—without changing its external behavior.
restructuring
1organize differently.
restructured
1simple past tense and past participle of restructure
-+
+-
++
—
X
\
/
I+I=💔
Paired
Repaired
Pairing
HeAliNG
The word alphabet comes from the first two letters of the Greek alphabet: alpha and beta.
alphabetical (not comparable)
1Pertaining to, furnished with, or expressed by letters of the alphabet.
2According to the sequence of the letters of the alphabet. All names were placed into an alphabetical list.
3(obsolete) literal
Derived terms
•alphabetical order
•alphabetically
alphabetised (not comparable)
1(Britain) Arranged in alphabetical order.
The English word Bible is derived from Koinē Greek: τὰ βιβλία, romanized: ta biblia, meaning "the books" (singular βιβλίον, biblion).
A BOOKABLE OFFENCE
bookable (not comparable)
1Able to be booked or reserved.
MAKE A RESERVATION
The Federal Reserve building.
mid 17th century: from Latin foedus, foeder- ‘league, covenant’ + -al.
From French fédéral, from Latin stem foeder- of foedus (“covenant, league, treaty, alliance”).
From federal(e) (“federal”) + -ista (“-ist”), on the example of French fédéraliste.
istārum
1genitive feminine plural of iste
From Middle Dutch vēgen, from Old Dutch *fegon, from Proto-West Germanic *fegōn.
vēgen
1to sweep, to clean
A CLEAN START
sweepable (not comparable)
1Suitable for sweeping
2(military) Of a mine: capable of being located by minesweeping
Swept off your feet
Featuring
A starring roll
US
I hope this is useful
It seems to be reusable
U S E
U S I N G
U S A B L E
A
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sound waves can be used to control the position of electrons, though not by literally levitating them "from a hole" as a physical object. Researchers have demonstrated that high-frequency sound waves, specifically surface acoustic waves, can create a periodic electric potential within a semiconductor, which then traps and moves individual electrons. This phenomenon is sometimes described as electrons "surfing" on sound waves, and it is a key development for future quantum computers
Sound waves are pressure waves
1When high-frequency sound waves propagate through a piezoelectric semiconductor, they induce an oscillating electric potential within the material.
2Creating a "Wave" for Electrons:
This induced electric potential creates a periodic landscape for electrons.
3Electron Trapping and Movement:
Electrons become trapped in the low-amplitude areas of this sound-wave-induced electric potential. By controlling the sound waves, researchers can precisely manipulate the position of these trapped electrons.
Applications
•Quantum Computing:
The ability to precisely control single electrons is a significant step toward building functional quantum computers, where electrons serve as qubits
@mind_vince I agree with most of what is being said.
Photonic jets (PNJs) generated by microspheres can enhance optogenetic stimulation by focusing light and increasing its intensity on targeted neurons. This allows for more effective neuronal activation at lower light intensities, minimizing off-target effects and potentially improving the precision of optogenetic experiments